MODBUS Address-table MMI7000 - V1.1 Function code 3 1000 ⋠I I

MODBUS Address-table MMI7000 - V1.1
Function code 3
Address
DEC HEX H/L Register name Info / Range of values
2996 0B B4 W L1
Unsigned 16bit integer. Valid values: 0..1000. Unit ‰
2997 0B B5 W L2
2998 0B B6 W L3
Current difference
I
I
MAX
eff
⋅1000
( per measuring interval of 1s )
Unsigned 16bit integer. Valid values 0, 1, 10, 60, 900 .
2999 0B B7 W Record interval
Unit sec 0= Stopped, > 0 recording interval in sec
H Software version Divide by 10 to get software version. exp: 10 = V1.0
3000 0B B8
L Device type 70 = MC7000 / BR7000
3001 0B B9 W
3002 0B BA W L1
3003 0B BB W L2
3004 0B BC W L3
3005 0B BD W SUM
3006 0B BE W L1
3007 0B BF W L2
3008 0B C0 W L3
3009 0B C1 W SUM
3010 0B C2 W L1
3011 0B C3 W L2
3012 0B C4 W L3
3013 0B C5 W SUM
3014 0B C6 W L1
3015 0B C7 W L2
3016 0B C8 W L3
3017 0B C9 W SUM
3018 0B CA W L1
3019 0B CB W L2
3020 0B CC W L3
3021 0B CD W L1
3022 0B CE W L2
3023 0B CF W L3
3024 0B D0 W L1
3025 0B D1 W L2
3026 0B D2 W L3
Power-Scaling-Factor
(PSF)
Reactive power
Active power
Apparent power
Differential
reactive power
Measuring voltage
Measuring current
Powerfactor
Cos-phi
Multiplier for values of address 3002 .. 3017
Valid values: 1, 10, 100, 1000
Unsigned 16bit integer. Unit var
Exp.: 1000 * PSF = 10000var (If PSF = 10)
Signed 16bit integer. Unit W
Exp.: 1000 * PSF = 10000W (If PSF = 10)
Negative values: supply (4-quadrant-mode)
Unsigned 16bit integer. Unit VA
Exp.: 1000 * PSF = 10000VA (If PSF = 10)
Unsigned 16bit integer. Unit var
Exp.: 1000 * PSF = 10000var (If PSF = 10)
Unsigned 16bit integer. Unit V
Exp.: 230 = 230V
Unsigned 16bit integer. Unit A
Exp.: 1000 = 1000A
signed 16bit integer. Unit 1. Examples:
Valid decimal range -999 .. 0 .. 1000

3027 0B D3 W SUM
3028 0B D4 L L1
3029 0B D5 L L2 Frequency
3030 0B D6 L L3
3031 0B D7 W Temperature in °C
Value
Hex Decimal
0h0320 800 0.800 ind
0h03E8 1000 1.000
0hFCE0 -800 0.800 cap
Unsigned 8bit byte. Unit Hz
Exp: 50 = 50Hz
Value of
powerfactor / Cos-phi
signed 16bit integer. Unit °C. Examples:
Hex value Temp. Hex value Temp.
0h000A 10°C 0hFFFF -1°C
0h0001 1°C 0hFFF6 -10°C
3032 0B D8
3033 0B D9
3034 0B DA
3035 0B DB L Output relays
Bit 7 6 5 4 3 2 1 0
Stage - - - 4 3 2 1 -
0 = Relay off / 1 = Relay on
3036 0B DC
3037 0B DD
3038 0B DE
H
L
H
L
L2
L1
SUM
L3
Error
Error
Decimal Bit
value
Description
1 0 No measuring voltage
2 1 Over voltage
4 2
8 3
16 4
32 5
64 6 Over current
128 7 Under voltage
3039 0B DF
3040 0B E0
3041 0B E1
3042 0B E2
3043 0B E3
3044 0B E4
3045 0B E5
H Internal Clock - Minute Unsigned 8bit byte. Valid values: 1 .. 59 – Unit min
L Internal Clock - Second Unsigned 8bit byte. Valid values: 1 .. 59 – Unit sec
H Intern. Calendar - Day Unsigned 8bit byte. Valid values: 1 .. 31 – Unit d
L Internal Clock - Hour Unsigned 8bit byte. Valid values: 0 .. 24 – Unit hr
H Intern. Calendar - Year
Unsigned 8bit byte. Valid values: 00 .. 99 – Unit yr
Add 2000 to get real Year. exp: 10 = 2010
L Intern. Calendar - Month Unsigned 8bit byte. Valid values: 1 .. 12 – Unit mm
3046 0B E6 W Last pressed key -1-
Value Key
1234 AUTO
2345 ENTER
3456 HELP
4567 ESC

3047 0B E7 L Last pressed key -2-
Value
Reg.Value +1
Reg.Value -1
Key
PLUS
MINUS
3048 0B E8 L Test state
3073.. 0C 01
3087 0C 0F
W L1
3088.. 0C 10
3102 0C 1E
W L2
3103.. 0C 1F
3117 0C 2D
W L3
3118.. 0C 2E
3132 0C 3C
W L1
3133.. 0C 3D
3147 0C 4B
W L2
3148.. 0C 4C
3162 0C 5A
W L3
3163 0C 5B W L1
3164 0C 5C W L2
3165 0C 5D W L3
3166 0C 5E W L1
3167 0C 5F W L2
3168 0C 60 W L3
3169..
3213
0C
0C
61
8D
Voltage
3 rd .. 31 st
Harmonics
Current
3 rd .. 31 st
Harmonics
Voltage THD
Current THD
Controller Settings
3214 0C 8E L Start-up picture
3215..
3217
0C
0C
8F
91
3218 0C 92 W Number of Harmonics
3219..
3226
0C
0C
93
9A
3226 0C 9A WW L1
3228 0C 9C WW L2
3230 0C 9E WW L3
3232 0C A0 WW L1
3234 0C A2 WW L2
3236 0C A4 WW L3
3238 0C A6 WW L1
3240 0C A8 WW L2
3242 0C AA WW L3
3244 0C AC WW L1
3246 0C AE WW L2
3248 0C B0 WW L3
Timestamp
Maximum
Voltage
Timestamp
Maximum
Current
Timestamp
Maximum
Reactive power
Timestamp
Maximum
Active power
Bit Taste
6 After manual-calibration
7 After calibration at test stand
Register value 0 = main-reset executed
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
Value Name
0 EPC
1 EBE
2 MDL
3 ESK
Unsigned 16bit integer * 2 +1 . Unit 1
Exp.: 7 * 2 + 1 = 15 Measuring 3..15 Harmonic
Bit Description
0 .. 16 Time in seconds per Day (0 .. 86399)
17 .. 21 Day
22 .. 25 Month
26 .. 31 Year + 2000 (Exp: 10 2010)
Bit Description
0 .. 16 Time in seconds per Day (0 .. 86399)
17 .. 21 Day
22 .. 25 Month

3250 0C B2 WW L1
3252 0C B4 WW L2
3254 0C B6 WW L3
3256 0C B8 WW L1
3258 0C BA WW L2
3260 0C BC WW L3
Timestamp
Maximum
Apparent power
Timestamp
Maximum
Frequency
Timestamp max.
3262 0C BE WW
Temperature
3264 0C C0 WW L1 Timestamp
3266 0C C2 WW L2
3268 0C C4 WW L3
3270 0C C6 WW L1
3272 0C C8 WW L2
3274 0C CA WW L3
3276 0C CC W L1
3277 0C CD W L2
3278 0C CE W L3
3279 0C CF W L1
3280 0C D0 W L2
3281 0C D1 W L3
3282 0C D2 W L1
3283 0C D3 W L2
3284 0C D4 W L3
Maximum
Voltage THD
Timestamp
Maximum
Current THD
Minimum
Voltage
Maximum
Voltage
Maximum
Current
3285 0C D5 W
Maximum Power-Scaling-
Factor (MPSF)
3286 0C D6 W L1
3287 0C D7 W L2
3288 0C D8 W L3
3289 0C D9
3290 0C DA W L1
Maximum
Reactive power
26 .. 31 Year + 2000 (Exp: 10 2010)
Unsigned 16bit integer. Unit V
Exp.: 230 = 230V
Unsigned 16bit integer. Unit V
Exp.: 230 = 230V
Unsigned 16bit integer. Unit A
Exp.: 100 = 100V
Multiplier for values of address 3286 .. 3297
Valid values: 1, 10, 100, 1000
Unsigned 16bit integer. Unit var
Exp.: 1000 * MPSF = 10000var (If MPSF = 10)
3291 0C DB W L2
3292 0C DC W L3
3293 0C DD
3294 0C DE W L1
3295 0C DF W L2
3296 0C E0 W L3
Maximum
Active power
Maximum
Apparent power
Unsigned 16bit integer. Unit W
Exp.: 1000 * MPSF = 10000W (If MPSF = 10)
Unsigned 16bit integer. Unit VA
Exp.: 1000 * MPSF = 10000VA (If MPSF = 10)
3297 0C E1
3298 0C E2 W Maximum Temperature
Signed 16bit integer. Unit °C. Examples:
Hex value Temp. Hex value Temp.
0h000A 10°C 0hFFFF -1°C
0h0001 1°C 0hFFF6 -10°C

3299 0C E3 W L1
3300 0C E4 W L2
3301 0C E5 W L3
3302 0C E6 W L1
3303 0C E7 W L2
3304 0C E8 W L3
Maximum
Voltage THD
Maximum
Current THD
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%
3305 0C E9 WW IND
3307 0C EB WW CAP Reactive Energy Unsigned 32bit long. Unit kvarh
Exp.: 100 = 100kvarh
3309 0C ED WW +
3311 0C EF WW -
3841.. 0F 01
3850 0F 0A
W L1
3851.. 0F 0B
3860 0F 14
W L2
3861 0F 15
3870 0F 1E
W L3
3871.. 0F 1F
3880 0F 28
W L1
3881.. 0F 29
3890 0F 32
W L2
3891 0F 33
3900 0F 3C
W L3
Energy
Voltage
33 rd .. 51 st
Harmonics
Current
33 rd .. 51 st
Harmonics
Unsigned 32bit long. Unit kWh
Exp.: 100 = 100kWh
Unsigned 16bit integer * 0.1 . Unit %
Exp.: 100 * 0.1 = 10.0%

Controller settings (read / write)
Address
Code
R= 3
3173 101
3174 102
Code
W= 6 H/L Register name Description / Range of values / Examples
H Language 0= German, 1= English, 2= Spanish, 3= Turkish, 4= Russian
L
H
L
L1
L2
L3
Primary current
converter
Valid values Start End Step width
1 .. 50 5A 250A 5A
51 .. 175 260A 1.5kA 10A
176 .. 185 1.55kA 2kA 50A
186 .. 245 2.1kA 8kA 100A
246 .. 255 8.5kA 13kA 500A
3175 103
H
L
Secondary current
converter
Measuring voltage L-L
Valid values: 0 = 1A / 1 = 5A
Byte, valid range: 10 .. 152 - Unit 5V
Range: 50V .. 760V
E.g.: Byte * 5V = Measuring voltage 100 * 5V = 500V
3176 104
H
Voltage converter
Valid values Start End Step width
0 not used
1 .. 59 410 1kV 10V
60 .. 189 1.1kV 14kV 100V
190 .. 255 15kV 79kV 1000V
L
Maximal harmonic ordinal
number
Byte, valid range: 3 .. 25 - Unit 1
Range: 7 th – 51 th harmonic
E.g.: Byte = 7 2 * 7 + 1 = 15 th
3177 105
H Clock – Hour Not used
L Clock – Minute Not used
H Calendar – Day Not used
3178 106 L Calendar – Month Not used
H Calendar – Year Not used
3179 107
Byte, valid range: 0..2
L Frequency range
0= 42..80Hz; 1= 50Hz; 2= 60Hz
3180 108
H Display contrast Byte, valid range: 1..10
L Basic settings Not used ( 0 )
Value Name
0 EPC
3181 109
H Start-up picture
1 EBE
2 MDL
3 ESK
L Not used

3182 110
3183 111
3184 112
3185 113
3186 114
3187 115
3188 116
3189 117
3190 118
3191 119
3192 120
3193 121
3194..
3202
122..
130
3203 131
3204 132
3205 133
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
H
L
Relays
1
Relays
2
Relays
3
Relays
4
Function
Trigger level ON
Trigger level OFF
Delay
Function
Trigger level ON
Trigger level OFF
Delay
Function
Trigger level ON
Trigger level OFF
Delay
Function
Trigger level ON
Trigger level OFF
Delay
Transistor output
Energy scaling factor
Byte Function Byte Function
0 OFF 20 Active power Sum
1 Voltage L1-N 21 Apparent power L1
2 Voltage L2-N 22 Apparent power L2
3 Voltage L3-N 23 Apparent power L3
4 Volt. asymmetrical 24 Apparent power Sum
5 Current L1 25 Frequency L1
6 Current L2 26 Frequency L2
7 Current L3 27 Frequency L3
8 Cur. asymmetrical 28 Temperature
9 cos phi L1 29 THD-V L1
10 cos phi L2 30 THD-V L2
11 cos phi L3 31 THD-V L3
12 cos phi Sum 32 THD-V L1..L3 max
13 Reactive power L1 33 THD-I L1
14 Reactive power L2 34 THD-I L2
15 Reactive power L3 35 THD-I L3
16 Reactive power Sum 36 THD-I L1..L3 max
17 Active power L1 37 ON
18 Active power L2
19 Active power L3
Trigger ON / OFF:
Byte, valid range: 0..200, Unit: 0.5%, +/-1% of max. value
Delay:
Byte, valid range: 1..255, Unit: 1sec, E.g.: Byte = 10 10 sec
Byte, Valid range: 0..5
Byte Function
0 OFF
1 Reactive power IND, Unit: kvarh ( + )
2 Reactive power CAP, Unit: kvarh ( - )
3 Active power, Unit: kWh ( + )
4 Active power supply, Unit: kWh ( - )
5 ON
Byte, Valid range: 0..2
Byte Function
0 1Impulse per 1 kWh or 1 kvarh
1 1Impulse per 10 kWh or 10 kvarh
2 1Impulse per 100 kWh or 100 kvarh
H Function of input 1 0= No function, 1= 2 nd energy meter, 3= operating time counter
L Function of input 2
H Function of input 3
L Function of input 4
0= No function, 1= operating time counter
H REC – Interval Byte, valid values: 0= 1sec, 1= 10sec, 2= 60sec, 3= 15min
L REC – Mode Byte, valid values: 0= Stop, 1= Start, 2= Timer, 3= Series
H REC – Starting time hour Unsigned 8bit byte. Valid values: 0 .. 24 – Unit hr
L REC – Starting time minute Unsigned 8bit byte. Valid values: 1 .. 59 – Unit min
H REC – Starting time day Unsigned 8bit byte. Valid values: 1 .. 31 – Unit d
L REC – Starting time month Unsigned 8bit byte. Valid values: 1 .. 12 – Unit mm

3206 134
3207 135
3208 136
137..
199
H REC – Starting time year
Unsigned 8bit byte. Valid values: 00 .. 99 – Unit yr
Add 2000 to get real Year. exp: 10 = 2010
L REC – Stop time hour Unsigned 8bit byte. Valid values: 0 .. 24 – Unit hr
H REC – Stop time minute Unsigned 8bit byte. Valid values: 1 .. 59 – Unit min
L REC – Stop time day Unsigned 8bit byte. Valid values: 1 .. 31 – Unit d
H REC – Stop time month Unsigned 8bit byte. Valid values: 1 .. 12 – Unit mm
L
REC – Stop time year
Unsigned 8bit byte. Valid values: 00 .. 99 – Unit yr
Add 2000 to get real Year. exp: 10 = 2010
- 200 W
Reset controller memory
registers
Valid values
0x3333
0x5555
0xAAAA
0xCCCC
Reset
Max. grid parameters
Operation time
Max. grid parameters
Energy meter

History
V1.0
- Initial Version
V1.1
- Update read-register 3177… 3182
- Update write-register 105…1110